MakerBot METHOD
A Desktop Manufacturing Workstation.
The MakerBot Method is the first desktop 3D printer designed from the ground up, leveraging the reliability and precision of industrial 3D printers, with the accessibility and investment of desktop systems. Method introduces an entirely new 3D printing category, performance 3D printing, enabling your design teams with the fastest CAD to part prototyping experience. It is designed to handle the most complex 3D printing needs. Featuring a 60°C heated chamber, The Method can print a wide range of durable parts with production grade materials right out of the box. It is an affordable personal 3D printer and is the perfect choice for printing manufacturing tools, end-user parts, and functional prototypes.
WHY MakerBot METHOD?
The MakerBot Method desktop 3D printer is the product of years of collaboration and testing, leveraging patents from Stratasys and the vision that 3D printing should be accessible and easy. The outcome is a desktop 3D printer that can combine industrial features and performance with the streamlined workflow and operating costs closer to traditional desktop 3D printers to produce the fastest CAD-to-part. With Method you can print end-use assemblies and manufacturing tools in materials that are common in the manufacturing industry with the peace-of-mind that comes with industrial hardware.
MakerBot METHOD Features
MakerBot METHOD’s ease of use, speed and precision has made it an essential product for a wide range of industries.
Dual Performance Extruders
Built from the ground up with reliability in mind, the Dual Performance Extruder system can accelerate print times while providing dimensional accuracy consistently.
Circulating Heated Chamber
Experience uncompromised layer adhesion and part strength with the 60oC circulating heated chamber on the Method desktop 3D printer.
Smart Materials and Storage
With the MakerBot Method’s dry-seals material bays, your 3D printing material is stored in an optimized environment to maintain its integrity.
Soluble and dissolvable Support
The Method is optimized for MakerBot’s new Water-Soluble PVA material which opens the door for complete design freedom in concept development and prototyping.
Get more information about our industrial 3D Printer
MakerBot METHOD Specifications
Maximum Build Size |
Single Extrusion 190 x 190 x 196 mm (7.5 x 7.5 x 7.75 in.) Dual Extrusion 152 x 190 x 196 mm (6 x 7.5 x 7.75 in.) |
Maximum Chamber Temperature |
65°C |
Maximum Extruder Temperature |
300°C |
Layer Thickness |
20 – 400 microns |
Material Delivery |
Dry sealed 2 material spool bays, 1 for model, 1 for support located in a drawer on the front of the unit |
Software |
MakerBot Print |
Industries
Industries We Serve with 3D Printing & Advanced Manufacturing
Rapid Prototyping
Functional Prototyping
Tooling
Injection Molding
Jigs and Fixtures
Production Parts
Rapid Prototyping
Functional Prototyping
Concept/ Injection Modeling
Orthodontic Models
Cast Partial Frames
Implant Models
Surgical Guides
Preclinical Testing
Clinical Training Models
Medical Manufacturing
Surgical Planning Models
Research
Rapid Prototyping
Tooling
Jigs and Fixtures
Production Parts
Spare Parts
Designing Art Installations
Modern Sculptures
